ECS:Python is an easy-to-use library that allows C++ developers to export their objects and functions to embedded Python.
ECS:Python Overview:
ECS:Python is an open source library designed to make it easier to integrate Python into embedded C++ applications.
ECS:Python is a simple and easy-to-use library.
ECS:Python Object Model:
ECS:Python exposes your C++ objects to embedded Python, making it possible to write Python scripts that interact with your C++ objects and functions.
ECS:Python Object Scenario:
ECS:Python is a small open source C++ library that makes it easier to write Python scripts for embedded C++ applications.
ECS:Python Function Scenario:
ECS:Python exposes your C++ functions to embedded Python, making it possible to write Python scripts that interact with your C++ functions.
ECS:Python Overview:
ECS:Python is an easy-to-use library that allows C++ developers to expose objects and functions to embedded Python.
ECS:Python is a simple and easy-to-use library.
ECS:Python Object Model:
ECS:Python exposes your C++ objects to embedded Python, making it possible to write Python scripts that interact with your C++ objects and functions.
ECS:Python Object Scenario:
ECS:Python is a small open source C++ library that makes it easier to write Python scripts for embedded C++ applications.
ECS:Python Function Scenario:
ECS:Python exposes your C++ functions to embedded Python, making it possible to write Python scripts that interact with your C++ functions.

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Python 的性能和可扩展性是目前已经在应用领域的广泛使用，在其中一些产品中，可通过使用 Python 编写的很多程序的可扩展性和性能增强了其产品。

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Keymacro is an embedded C++ library that can be used to facilitate the keypressing of text in a program by a number of input methods. These input methods include:
– The standard windows Keyboard input methods,
– Standard keys from linux and Mac OSX operating systems,
– Keyboard API’s such as the ‘X11′ library, and
– Custom input methods written by the developer.
KEYMACRO is completely generic and can be used in any app that uses the windows or X11 API’s.
Features:
Keymacro can be used with any keyboard and type to identify the key press, in a variety of windows and operating systems.
KEYMACRO is completely generic and does not require custom code to be written to use the library.
KEYMACRO requires no setup, or device drivers to be installed.
KEYMACRO supports both raw and buffered keys.
KEYMACRO is fairly fast, even under heavy keyboard press loads.
KEYMACRO supports all keyboard types that standard windows supports.
When KEYMACRO is sent a key-down event, it will give you the information about the key, e.g. the ASCII code.
When KEYMACRO is sent a key-up event, it will give you the information about the key, e.g. the ASCII code.
Download and license:
Keymacro is a free download, and the source code is available at
KEYMACRO is compatible with Visual C++ 6.0, C++Builder 6.0, and XCode.
To download the source code:
Visit
Click on the image.
Underneath, click on’source code’.
To install KEYMACRO:
Visit
Click on the image.
Underneath, click on ‘download’.
And finally, click on ‘install now’.
To download the package:
Click here.
This installs KEYMACRO into your Visual C++/C++ Builder installation.
If you do not have Visual C++/C++ Builder installed, please contact Keymacro Support for more information.
Tested on Win XP, Win Vista and Win 7.
Want to contact the developer?
Please send email to [email protected]
Written by:
Simone Micalizzi, email: support@keymacro
1d6a3396d6

ECS:Python is designed to wrap simple C++ classes in a Python-style interpreter that exposes a simple API for the object’s object methods and provides a simple Python dictionary (Dictionary) for working with the object’s data members.
An object is wrapped if it has a “write” and “read” method. The write method will be called with the name of a Python variable and the argument will be the wrapped object. The read method will be called with the name of the Python variable name and the argument will be the value of the object stored in the variable.
ECS:Python exposes a simple API for the object’s object methods.
The API of ECS:Python is the same as Python, making it easy for developers to understand the C++ object and methods.
ECS:Python is designed for C++ developers to expose their objects to a Python interpreter.
The API is designed so that developers can use any methods they want to expose their objects.
The script can be embedded into another application or standalone.
ECS:Python is supported by the standard python library, making it possible to use the Python standard library with ECS:Python.
There are many use cases that demonstrate ECS:Python’s strengths:

Embed a simple Python interpreter in an application to provide dynamic data access and evaluation.
Embed a Python script in an application to create a “dynamic GUI” or visual editor.
Combine two applications that require different data structures. Create a “stub” that provides data to a GUI application that needs data to be provided in a different format.
Have a C++ application that needs to send parameters to another application, such as a database, and read the results back from the database.
ECS:Python is simple and makes it easy for a developer to quickly create a Python interpreter.
ECS:Python is a simple wrapper library.
ECS:Python is used for all the projects on the team.
ECS:Python is the standard on every team for embedding Python scripts.
ECS:Python is supported by the standard python library.
ECS:Python is open source.
ECS:Python is supported by the Python community.
ECS:Python is for all the projects on the team.
ECS:Python is flexible.

— Windows, Linux, Mac OS X
ECS:Python is supported on Windows, Linux, and Mac OS X.
ECS:Python supports

ECS:Python is a handy and small library that enables developers to expose objects from a C++ app to an embedded Python interpreter for interactive scripting.

ECS:Python
ECS:Python is a small cross-platform library providing Python integration with Embedded C++ (ECS). The Python interpreter allows developers to expose C++ objects to a Python script for real time interactive execution of the script._0=4$ on the left and right sides of the *elliptical* $\rho=1$ line. The geometrical picture resembles the shape of a curved *soft* cube. With these restrictions the Hamiltonian $H_{\ell}$ restricted to the $\rho=1$ plane is exactly solvable, i.e. its eigenstates are described by the *elliptical* $\ell^2$–Sutherland potential (for the integer $\ell$ with $\ell^2\ge4$).

We have tried to extend our considerations on the model to the cases of other choices of the kinetic energies $\mu_\rho$ and $\mu_z$. It turned out that for the discussed singular choice $\mu_\rho=\ell^2/\rho$ the models are integrable for $\ell\geq 2$ only. For other choice $\mu_\rho$ there are no simple explicit forms of the potential $V_{\ell}$ for arbitrary $\ell$. But one can still obtain some information about the spectrum and the energy levels.

The spectrum of $H_{\ell}$ for arbitrary $\ell$ is given in [@olshanii98], see also [@epstein00]. Unfortunately we were not able to reproduce those results on the plane, because it turned out that the spectrum can be obtained from the limit of the spectra of the models $H_\ell$, which are discussed here.

In view of the above discussion it is clear that there is still a lot of interesting physics to be uncovered in the description of the spectra of the *soft* two-dimensional models. We believe that the methods and the techniques described in the present paper can be extended to more complicated situations with applications in many other areas of mathematics and physics.

Acknowledgements {#acknowledgements.unnumbered}
—————-

This paper was written during the visit of the first author to the Max Planck Institute for Mathematics in Bonn and the second author to the University of Bath. He wishes to express his gratitude to these institutes for the hospitality.

[99]{}

M. L. Ndawana, *Solving two-dimensional non-relativistic Hamiltonians via confluent Heun’s equation*, J. Math. Phys. [**46**]{} (2005) 1235

Minimum:
OS: Windows XP (SP2 or later)
Processor: Intel Pentium 4 or AMD Athlon XP with 1 GB RAM. You need at least 512 MB RAM
Hard Drive: 8 GB of free space available
DirectX: Version 9.0c
Sound Card: DirectX 9.0c compatible sound card
Additional Notes: You need to have a web browser to play the demo, but it also works without a web browser if you download the files manually.
Recommended:
OS: Windows 7 (

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